Global Challenge of the Global Challenge (Part #9)
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A more general understanding of container has resulted from work on the container metaphor by cognitive psychology (George Lakoff and Mark Johnson, Metaphors We Live By, 1980). One practical implication has been further developed by Alexander Klose (The Container Principle: how a box changes the way we think, 2015). The above-mentiond approach to polyhedra by Buckminster Fuller (Synergetics: Explorations in the Geometry of Thinking, 1975/1979), and the management cybernetic implications explored by Stafford Beer (Beyond Dispute: The Invention of Team Syntegrity, 1994), can also be recognized as offering new insight into containers.
Cognitive role of containers is further discussed separately (Cognitive significance of a con-tainer, 2016; Containing embodiment dynamically: conceptual boxes versus cognitive waves? 2016).
Clues from biomimicry: One approach to the thinking required for a variety of shapes is through biomimicry, specifically the life cycle of a butterfly -- fruitfully consistent with the naming of the new EU debating chamber as a "Space Egg". The life cycle insight was explored in a separate discussion (Animating the Representation of Europe: visualizing the coherence of international institutions using dynamic animal-like structures, 2004). This noted the argument of John Elkington (The Chrysalis Economy, 2001) regarding the necessary institutional metamorphosis for the 21st century from the insect chrysalis. For Elkington, the transformation is not achieved without radical shifts in the nature of the animal that involves "self-digestion" before metamorphosis is possible. He uses insights from this metaphor to illuminate many aspects of corporate transformation.
Caterpillar to Butterfly Transformation -- a Renaissance | ||
Cater-pillar | Pupa/Chrysalis | Butterfly |
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For Edgar Morin (Vers l'abime, Le Monde, 1er janvier 2003):
La métamorphose de la chenille en papillon nous offre une métaphore intéressante : quand la chenille est entrée dans le cocon, elle opère l'autodestruction de son organisme de chenille, et ce processus est en même temps celui de formation de l'organisme de papillon, lequel sera à la fois le même et autre que la chenille. Cela est la métamorphose. La métamorphose du papillon est préorganisée. La métamorphose des sociétés humaines en une société monde est aléatoire, incertaine, et elle est soumise aux dangers mortels qui lui sont pourtant nécessaires. Aussi l'humanité risque-t-elle de chavirer au moment d'accoucher de son avenir.
It is tempting to recognize the segmentation of the caterpillar as indicative of the partial (simpler) coordination that often prevails between divisions of a complex institution -- quite different from the degree of coordination required by a butterfly. In this sense the pupal phase might be understood as that in which the static pillar-based value organization is transformed through a "renaissance" into the radial organization typical of a rotating wheel.
Modelling structural dynamics: By modelling existing "cumbersome" structures and exploring their possible transformation, imaginative approaches (anchored in practical budget-line options), could be explored to ensure that an institutional system is transformed from cumbersome to elegant (from "Beast" to "Beauty"). It is such structures which would be expected to "fly" (as with a butterfly) -- to employ a common metaphor for a successful project -- in contrast to one that does not "get off the ground" (as when a project described as a "turkey" is contrasted pejoratively with one described as an "eagle").
There is a unique opportunity to render such institutional structures more meaningful and appealing by using dynamic representation techniques that have the recognized communication strengths of animation. The success of Soda Constructor in attracting millions of users at all levels of society is an indication of the creative potential of such tools. The earlier discussion developed this possibility in relation to a Proposal for dynamic representation of institutional budget lines (2004).
Examples of multi-legged animated Soda Constructor models | |
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